Arrhenius equation can be represented as

Question

Arrhenius equation can be represented as (A) k = A . e - Ea / RT  (B)  log ( k2 / k1 ) = ( Ea / 2.303 R ) [ ( T2 - T1 / T1 T2 ) ]  (C) log k = log A = ( Ea / 2.303 RT )  (D) All of the above

Tardigrade Admin · Accepted Answer

Arrehenius equation, which give the relation between rate constant and temperature, can be written as all the equations given

Q. Arrhenius equation can be represented as

k = A . $e^{- E_{a} / RT}$

$l o g \frac{k _{2}}{k _{1}} = \frac{E _{a}}{2.303 R} [\frac{T _{2} - T _{1}}{T _{1} T _{2}}]$

$l o g k = l o g A = \frac{E _{a}}{2.303 RT}$

All of the above

Arrehenius equation, which give the relation between rate constant and temperature, can be written as all the equations given

Q. Arrhenius equation can be represented as

k = A . e−Ea​/RT

logk1​k2​​=2.303REa​​[T1​T2​T2​−T1​​]

logk=logA=2.303RTEa​​

All of the above

Arrehenius equation, which give the relation between rate constant and temperature, can be written as all the equations given

k = A . $e^{- E_{a} / RT}$

$l o g \frac{k _{2}}{k _{1}} = \frac{E _{a}}{2.303 R} [\frac{T _{2} - T _{1}}{T _{1} T _{2}}]$

$l o g k = l o g A = \frac{E _{a}}{2.303 RT}$